Comprehensive Materials Processing 2014
DOI: 10.1016/b978-0-08-096532-1.00809-8
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Ceramic Manufacturing Processes

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Cited by 20 publications
(81 citation statements)
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“…Consumption and emissions data are calculated based on the literature (Mezquita et al, 2009;Monfort et al, 2010;Nassetti et al, 1999) on raw materials preparation using the existing wet process (i.e. raw material wet milling and spray-drying).…”
Section: Accepted Manuscriptmentioning
confidence: 99%
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“…Consumption and emissions data are calculated based on the literature (Mezquita et al, 2009;Monfort et al, 2010;Nassetti et al, 1999) on raw materials preparation using the existing wet process (i.e. raw material wet milling and spray-drying).…”
Section: Accepted Manuscriptmentioning
confidence: 99%
“…The highest energy consumption (90%) occurs in heating (Monfort et al, 2010 and2012), so that ACCEPTED MANUSCRIPT 5 energy improvements need to focus on these areas. The two stages that consume more than 90% of the 110 thermal energy used are spray drying of the body suspensions, and firing.…”
mentioning
confidence: 99%
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“…It is used in many manufacturing industries [1][2][3] such as quarrying, mining, mineral processing (e.g. drying, grinding, bagging, and handling [4]); slate working [5], stone crushing and dressing; foundry work; brick and ceramic tile making; some ceramic refractory processes; construction work [6][7], including work with stone [8], concrete, brick and some insulation boards; tunnelling; building restoration; and the pottery and ceramic industries [9][10][11][12]. Hence, a vast number of European workers (4 million [13]) are potentially exposed to crystalline silica dust at their workplace.…”
Section: Introductionmentioning
confidence: 99%
“…Con el fin de cuantificar el ahorro energético que se produce en las composiciones preparadas que contienen residuo cocido, debido a que los resultados obtenidos indican una disminución de la temperatura de máxima densificación de las piezas, (reducción de 45ºC en la composición de gre porcelánico, (PORC-2) y de 140ºC en la composición de revestimiento (REV-2)), se ha realizado un cálculo estimativo del consumo energético en la etapa de la cocción industrial en horno de rodillos [144], [145], [146].…”
Section: Ahorro Energético En El Consumo De Energía Térmica De Un Horunclassified